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The "CSI effect" has brought an explosion of interest in the forensic sciences, leading to the development of new programs in universities across the world. While dozens of professional texts on the science of fingerprint analysis are available, few are designed specifically for students. An essential learning tool for classes in fingerprinting and impression evidence, Fundamentals of Fingerprint Analysis takes students from an understanding of the historical background of fingerprint evidence to seeing how it plays out in a present-day courtroom. Using a pedagogical format, with each chapter building on the previous one, the book is divided into three sections. The first explains the history and theory of fingerprint analysis, fingerprint patterns and classification, and the concept of biometrics—the practice of using unique biological measurements or features to identify individuals. The second section discusses forensic light sources and physical and chemical processing methods. Section Three covers fingerprint analysis with chapters on documentation, crime scene processing, fingerprint and palm print comparisons, and courtroom testimony. Designed for classroom use, each chapter contains key terms, learning objectives, a chapter summary, and review questions to test students’ assimilation of the material. Ample diagrams, case studies, and photos demonstrate concepts in a way that prepares students for working actual cases.
Fingerprint analysis may be performed as part of many jobs, including crime scene technician, latent print examiner, criminalist, latent print technician, forensic specialist, and forensic scientist. Regardless of one’s specific discipline, a background knowledge of scientific practices in handling and analyzing fingerprint evidence is critical for success. The best way to comprehend the principles and concepts of any science learned in a classroom is to perform experiments. The exercises in Fingerprint Analysis Laboratory Workbook address all aspects of fingerprint theory, investigation, processing, comparisons, and research. Designed specifically to parallel the Fundamentals of Fingerprint Analysis textbook, the laboratory exercises correspond with the textbook chapters, with each exercise in the lab chapter putting into practice the concepts covered in the text chapter. Each lab follows the same format, starting with the objectives of the experiment and background information needed before performing the experiment. This is followed by a list of required materials, the lab exercises, and post-lab questions for students to test their assimilation of what they’ve learned. Many of the laboratory exercises may be completed either at home or in a laboratory setting. Exercises and photographs enhance the text, making it an ideal hands-on learning tool.
With today's popular television programs about criminal justice and crime scene investigation and the surge of detective movies and books, students often have a passion for exploring forensic science. Now you can guide that excitement into a profitable learning experience with the help of the innovative, new FORENSIC SCIENCE: FUNDAMENTALS AND INVESTIGATIONS, 2012 UPDATE. This dynamic, visually powerful text has been carefully crafted to ensure solid scientific content and an approach that delivers precisely what you need for your high school course. Now an established best-seller, FORENSIC SCIENCE: FUNDAMENTALS AND INVESTIGATIONS, 2012 UPDATE offers a truly experiential approach that engages students in active learning and emphasizes the application of integrated science in your course. Student materials combine math, chemistry, biology, physics, and earth science with content aligned to the National Science Education Standards, clearly identified by icons. This book balances extensive scientific concepts with hands-on classroom and lab activities, readings, intriguing case studies, and chapter-opening scenarios. The book's exclusive Gale Forensic Science eCollection database provides instant access to hundreds of journals and Internet resources that spark the interest of today's high school students. The updated edition includes ten new capstone projects that integrate the concepts learned throughout the text. Comprehensive, time-saving teacher support and lab activities deliver exactly what you need to ensure that students receive a solid, integrated science education that keeps readers at all learning levels enthused about science. FORENSIC SCIENCE: FUNDAMENTALS AND INVESTIGATIONS, 2012 UPDATE sets the standard in high school forensic science . . . case closed. Important Notice: Media content referenced within the product description or the product text may not be available in the ebook version.
Forensic Chemistry: Fundamentals and Applications presents a new approach to the study of applications of chemistry to forensic science. It is edited by one of the leading forensic scientists with each chapter written by international experts specializing in their respective fields, and presents the applications of chemistry, especially analytical chemistry, to various topics that make up the forensic scientists toolkit. This comprehensive, textbook includes in-depth coverage of the major topics in forensic chemistry including: illicit drugs, fibers, fire and explosive residues, soils, glass and paints, the chemistry of fingerprint recovery on porous surfaces, the chemistry of firearms analysis, as well as two chapters on the key tools of forensic science, microscopy and chemometrics. Each topic is explored at an advanced college level, with an emphasis, throughout the text, on the use of chemical tools in evidence analysis. Forensic Chemistry: Fundamentals and Applications is essential reading for advanced students of forensic science and analytical chemistry, as well as forensic science practitioners, researchers and faculty, and anyone who wants to learn about the fascinating subject of forensic chemistry in some depth. This book is published as part of the AAFS series ‘Forensic Science in Focus’.
Fundamentals of Genetics deals with topics in the areas like Mendelian genetics, cytology, biochemical genetics, mutagenesis, extranuclear and extrachromosomal inheritance, molecular genetics, developmental genetics, human genetics, population genetics, evolutionary genetics and biostatistics. The students appearing in UGC/national level (UGC/CSIR) and state level NET examinations and candidates appearing in interviews will find this book useful.
This SpringerBrief explores graphical password systems and examines novel drawing-based methods in terms of security, usability, and human computer-interactions. It provides a systematic approach for recognizing, comparing, and matching sketch-based passwords in the context of modern computing systems. The book offers both a security and usability analysis of the accumulative framework used for incorporating handwriting biometrics and a human computer-interaction performance analysis. The chapters offer new perspectives and experimental results regarding model uniqueness, recognition tolerance, and the human-computer interaction. The results demonstrate that biometrics reduce the equal error rate (EER) by more than 10%, and show that people are capable of accurately reproducing a sketch-based password. Fundamentals of Sketch-based Passwords: A General Framework targets computer scientists and engineers focused on computer security, biometrics, and human factors. Advanced-level students in computer science and electrical engineering will find this material useful as a study guide for their classes.
RFID-HANDBUCH // - Hier finden Sie alles, was Sie über die technischen und physikalischen Grundlagen sowie die Einsatzmöglichkeiten von RFID wissen müssen. - Verschaffen Sie sich einen Überblick über Zulassungsvorschriften und den aktuellen Stand der Normung. - Die 7.Auflage umfast rund 100 Seiten mehr mit neuen und erweiterten Inhalten. - Im Internet: Das Layout der ISO 14443-Testkarte sowie eine Linkliste und ständig aktualisierte Informationen rund um RFID RFID ist inzwischen nahezu allgegenwärtig. Ob in der Logistik, als Zutrittsausweis zu Betrieben und Hotelzimmern, als kontaktloses Ticket für den Nahverkehr, als elektronischer Diebstahlschutz, als NFC-Interface im Handy, als Hunde- und Katzenchip oder im elektronischen Reisepass – die Einsatzmöglichkeiten der batterielosen, elektronischen Datenträger (Transponder), die kontaktlos ausgelesen werden können, scheinen nahezu grenzenlos. Dieses einzigartige Handbuch gibt einen praxisorientierten und umfassenden Überblick über die Grundlagen und Techniken von RFID-Systemen. In der siebten Auflage finden Sie auf rund 100 zusätzlichen Seiten u.a. Neues zur UHF-Messtechnik und zum Antennendesign für induktive Transponder. Die Kapitel zu den Normen ISO/IEC 14443, 15693, 10373-6 und 18000-63 und zur Sicherheit von Transpondern wurden erheblich überarbeitet und erweitert. Zahlreiche Abbildungen veranschaulichen die komplexen Inhalte. Die Anwendungsbeispiele zeigen Ihnen die Einsatzmöglichkeiten von RFID in der Praxis. Im Anhang finden Sie wertvolle Informationen wie Kontaktadressen, einen Überblick über Normen und Vorschriften sowie Literaturhinweise und Quellen im Internet. AUS DEM INHALT // Einführung // Unterscheidungsmerkmale von RFID-Systemen // Grundlegende Funktionsweise von RFID und NFC-Systemen // Physikalische Grundlagen für RFID-Systeme // Frequenzbereiche und Zunkzulassungsvorschriften // Codierung und Modulation // Datenintegrität // Sicherheit von RFID-Systemen // Normung // Architektur elektronischer Datenträger // Lesegeräte // Messtechnik für RFID-Systeme // Herstellung von Transpondern und kontaktlosen Chipkarten // Anwendungsbeispiele
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